Relational databases in the 1980s were typically designed using the Codd-Date rules for data normalization. It was the most efficient way to store data used in operations. As BI and multi-dimensional analysis became popular, the relational databases began to have performance issues when multiple joins were requested. The development of the star schema was a clever way to get around performance issues and ensure that multi-dimensional queries could be resolved quickly. But this design came with its own set of problems.

Unfortunately, the analytic process is never simple. Business users always think up unimaginable ways to query the data. And the data itself often changes in unpredictable ways. These result in the need for new dimensions, new and mostly redundant star schemas and their indexes, maintenance difficulties in handling slowly changing dimensions, and other problems causing the analytical environment to become overly complex, very difficult to maintain, long delays in new capabilities, resulting in an unsatisfactory environment for both the users and those maintaining it.

There must be a better way!

In this webcast, we will discuss the advances in database technologies that eliminate the need for star schemas and the resulting maintenance nightmare.

The three technological advances in data storage that eliminate star schemas

How these innovations benefit analytical environments

The steps you will need to take to reap the benefits of being star schema-free!

A live demonstration of Incorta's Direct Datat Mapping will be featured along with ample time to address attendee questions. All registrants will receive Claudia’s new paper,"The Death of the Star Schema."